def getData(self, xDataDef, yDataDef):
xDataList = list()
yDataList = list()
bottomList = list()
topList = list()
xsource, xspace, xname = xDataDef
ysource, yspace, yname = yDataDef
selectedRows = set(
unique([
i.row() for i in self.measurementTableView.selectedIndexes()
]))
selectedRows = None if len(selectedRows) < 2 else selectedRows
for index, measurement in enumerate(
self.measurementModel.measurements):
if not selectedRows or index in selectedRows:
xData, _, _ = self.sourceLookup[xsource](measurement, xspace,
xname)
yData, bottom, top = self.sourceLookup[ysource](measurement,
yspace, yname)
if xData is not None and yData is not None:
xDataList.append(xData)
yDataList.append(yData)
if bottom is not None:
bottomList.append(bottom)
if top is not None:
topList.append(top)
if len(bottomList) == len(topList) == len(xDataList):
return xDataList, yDataList, bottomList, topList
return xDataList, yDataList, None, None
def onReAnalyze(self):
for index in sorted(
unique([
i.row()
for i in self.measurementTableView.selectedIndexes()
])):
self.container.measurements[index]
def onRemoveParameter(self):
for index in sorted(unique([ i.row() for i in self.tableView.selectedIndexes() ]), reverse=True):
parameter = self.parameters.at(index)
parameter.enabled=False
self.disableInstrument(parameter.name)
self.parameters.pop( parameter.name )
self.parameterTableModel.setParameterDict( self.parameters )
def onDropMeasurement(self):
for index in sorted(unique([ i.row() for i in self.tableView.selectedIndexes() ]), reverse=True):
self.tableModel.dropMeasurement(index)
numEntries = self.tableModel.rowCount()
if self.settings.currentIndex >= numEntries:
self.settings.currentIndex = 0
self.checkSettingsSavable()
def onRemoveEvaluation(self):
for index in sorted(unique([ i.row() for i in self.evalTableView.selectedIndexes() ]), reverse=True):
del self.settings.evalList[index]
self.removeEvaluation(index)
assert len(self.settings.evalList)==len(self.evalAlgorithmList), "EvalList and EvalAlgoithmList length mismatch"
self.evalTableModel.setEvalList( self.settings.evalList, self.evalAlgorithmList )
self.checkSettingsSavable()
def onCounterRemoveSetting(self):
for index in sorted(unique([
i.row()
for i in self.DedicatedCounterTableView.selectedIndexes()
]),
reverse=True):
self.DedicatedTableModel.dropSetting(index)
self.onSaveProfile()
def onRemoveMeasurementColumn(self):
for index in sorted(
unique([
i.column()
for i in self.measurementTableView.selectedIndexes()
if i.column() >= self.measurementModel.coreColumnCount
])):
self.measurementModel.removeColumn(index)
self.updateComboBoxes()
def onReset(self):
indexes = self.tableView.selectedIndexes()
channels = sorted(unique([i.row() for i in indexes]))
mask = 0
if channels:
for ch in channels:
mask |= 1 << ch
else:
mask = 0xff
self.ad9912.reset(mask)
def onAddResultToMeasurement(self):
if self.currentMeasurement is not None:
for index in sorted(
unique([
i.row()
for i in self.resultTableView.selectedIndexes()
])):
result = self.currentMeasurement.results[index]
self.measurementModel.addColumn(('result', None, result.name))
self.updateComboBoxes()
def onAddParameterToMeasurement(self):
if self.currentMeasurement is not None:
for index in sorted(
unique([
i.row()
for i in self.parameterTableView.selectedIndexes()
])):
param = self.currentMeasurement.parameters[index]
self.measurementModel.addColumn(
('parameter', param.space.name, param.name))
self.updateComboBoxes()
def onReorder(self, key):
if key in [QtCore.Qt.Key_PageUp, QtCore.Qt.Key_PageDown]:
indexes = self.tableview.selectedIndexes()
up = key == QtCore.Qt.Key_PageUp
delta = -1 if up else 1
rows = sorted(unique([i.row() for i in indexes]), reverse=not up)
if self.tablemodel.moveRow( rows, delta):
selectionModel = self.tableview.selectionModel()
selectionModel.clearSelection()
for index in indexes:
selectionModel.select(self.tablemodel.createIndex(index.row()+delta, index.column()), QtCore.QItemSelectionModel.Select)
def onRemoveEvaluation(self):
for index in sorted(unique(
[i.row() for i in self.evalTableView.selectedIndexes()]),
reverse=True):
del self.settings.evalList[index]
self.removeEvaluation(index)
assert len(self.settings.evalList) == len(
self.evalAlgorithmList
), "EvalList and EvalAlgoithmList length mismatch"
self.evalTableModel.setEvalList(self.settings.evalList,
self.evalAlgorithmList)
self.checkSettingsSavable()
def onShow(self, show, checked):
rows = sorted(
unique([i.row() for i in self.signalTableView.selectedIndexes()]))
if rows:
for row in rows:
self.signalTableModel.setData(
self.signalTableModel.createIndex(row, 0),
QtCore.Qt.Checked if show else QtCore.Qt.Unchecked,
QtCore.Qt.CheckStateRole)
self.signalTableModel.dataChanged.emit(
self.signalTableModel.createIndex(rows[0], 0),
self.signalTableModel.createIndex(rows[-1], 0))
def onReorder(self, key):
if key in [QtCore.Qt.Key_PageUp, QtCore.Qt.Key_PageDown]:
indexes = self.tableView.selectedIndexes()
up = key==QtCore.Qt.Key_PageUp
delta = -1 if up else 1
rows = sorted(unique([ i.row() for i in indexes ]), reverse=not up)
if self.tableModel.moveRow( rows, up=up ):
selectionModel = self.tableView.selectionModel()
selectionModel.clearSelection()
for index in indexes:
selectionModel.select( self.tableModel.createIndex(index.row()+delta, index.column()), QtCore.QItemSelectionModel.Select )
# self.selectionChanged.emit( self.enabledParametersObjects )
self.checkSettingsSavable()
def onReorder(self, key):
if key in [QtCore.Qt.Key_PageUp, QtCore.Qt.Key_PageDown]:
indexes = self.tableView.selectedIndexes()
up = key==QtCore.Qt.Key_PageUp
delta = -1 if up else 1
rows = sorted(unique([ i.row() for i in indexes ]), reverse=not up)
if self.parameterTableModel.moveRow( rows, up=up ):
selectionModel = self.tableView.selectionModel()
selectionModel.clearSelection()
for index in indexes:
selectionModel.select( self.parameterTableModel.createIndex(index.row()+delta, index.column()), QtCore.QItemSelectionModel.Select )
self.enabledParametersObjects.sortToMatch( list(self.parameters.keys()) )
self.emitSelectionChanged()
def onReorder(self, key):
if key in [QtCore.Qt.Key_PageUp, QtCore.Qt.Key_PageDown]:
indexes = self.tableview.selectedIndexes()
up = key == QtCore.Qt.Key_PageUp
delta = -1 if up else 1
rows = sorted(unique([i.row() for i in indexes]), reverse=not up)
if self.tablemodel.moveRow(rows, delta):
selectionModel = self.tableview.selectionModel()
selectionModel.clearSelection()
for index in indexes:
selectionModel.select(
self.tablemodel.createIndex(index.row() + delta,
index.column()),
QtCore.QItemSelectionModel.Select)
def getData(self, xDataDef, yDataDef):
xDataList = list()
yDataList = list()
bottomList = list()
topList = list()
xsource, xspace, xname = xDataDef
ysource, yspace, yname = yDataDef
selectedRows = set(unique([ i.row() for i in self.measurementTableView.selectedIndexes() ]))
selectedRows = None if len(selectedRows)<2 else selectedRows
for index, measurement in enumerate(self.measurementModel.measurements):
if not selectedRows or index in selectedRows:
xData, _, _ = self.sourceLookup[xsource](measurement, xspace, xname)
yData, bottom, top = self.sourceLookup[ysource](measurement, yspace, yname)
if xData is not None and yData is not None:
xDataList.append( xData )
yDataList.append( yData )
if bottom is not None:
bottomList.append( bottom )
if top is not None:
topList.append( top )
if len(bottomList)==len(topList)==len(xDataList):
return xDataList, yDataList, bottomList, topList
return xDataList, yDataList, None, None
def copy_to_clipboard(self):
""" Copy the list of selected rows to the clipboard as a string. """
clip = QtWidgets.QApplication.clipboard()
rows = sorted(unique([ i.row() for i in self.tableview.selectedIndexes()]))
clip.setText(str(rows))
def onRemoveSetting(self):
for index in sorted(unique([ i.row() for i in self.settingTableView.selectedIndexes() ]), reverse=True):
self.settingTableModel.dropSetting(index)
def onAddResultToMeasurement(self):
if self.currentMeasurement is not None:
for index in sorted(unique([ i.row() for i in self.resultTableView.selectedIndexes() ])):
result = self.currentMeasurement.results[index]
self.measurementModel.addColumn( ('result', None, result.name) )
self.updateComboBoxes()
def removeShuttlingEdge(self):
for index in sorted(unique([ i.row() for i in self.edgeTableView.selectedIndexes() ]), reverse=True):
self.shuttleEdgeTableModel.remove(index)
def onRemoveAnalysis(self):
for index in sorted(unique(
[i.row() for i in self.analysisTableView.selectedIndexes()]),
reverse=True):
self.analysisTableModel.removeAnalysis(index)
self.autoSave()
def removeShuttlingEdge(self):
for index in sorted(unique(
[i.row() for i in self.edgeTableView.selectedIndexes()]),
reverse=True):
self.shuttleEdgeTableModel.remove(index)
def onRemovePushVariable(self):
for index in sorted(unique([ i.row() for i in self.pushTableView.selectedIndexes() ]), reverse=True):
self.pushTableModel.removeVariable(index)
self.autoSave()
def onRemoveAnalysis(self):
for index in sorted(unique([ i.row() for i in self.analysisTableView.selectedIndexes() ]), reverse=True):
self.analysisTableModel.removeAnalysis(index)
self.autoSave()
def onAddParameterToMeasurement(self):
if self.currentMeasurement is not None:
for index in sorted(unique([ i.row() for i in self.parameterTableView.selectedIndexes() ])):
param = self.currentMeasurement.parameters[index]
self.measurementModel.addColumn( ('parameter', param.space.name, param.name) )
self.updateComboBoxes()
def onLoadLine(self):
allrows = sorted(unique([ i.row() for i in self.tableView.selectedIndexes() ]))
if len(allrows)==1:
self.loadLine(self.settings.todoList[ allrows[0] ])
def onEnableStopFlag(self):
allrows = sorted(unique([ i.row() for i in self.tableView.selectedIndexes() ]))
if len(allrows)==1:
self.enableStopFlag(self.settings.todoList[ allrows[0] ])
def onShow(self, show, checked):
rows = sorted(unique([ i.row() for i in self.signalTableView.selectedIndexes() ]))
if rows:
for row in rows:
self.signalTableModel.setData( self.signalTableModel.createIndex(row, 0), QtCore.Qt.Checked if show else QtCore.Qt.Unchecked, QtCore.Qt.CheckStateRole )
self.signalTableModel.dataChanged.emit( self.signalTableModel.createIndex(rows[0], 0), self.signalTableModel.createIndex(rows[-1], 0))
def copy_to_clipboard(self):
""" Copy the list of selected rows to the clipboard as a string. """
clip = QtWidgets.QApplication.clipboard()
rows = sorted(
unique([i.row() for i in self.tableView.selectedIndexes()]))
clip.setText(str(rows))
def onRemoveMeasurementColumn(self):
for index in sorted(unique([ i.column() for i in self.measurementTableView.selectedIndexes() if i.column()>=self.measurementModel.coreColumnCount])):
self.measurementModel.removeColumn(index)
self.updateComboBoxes()
def onRemovePushVariable(self):
for index in sorted(unique(
[i.row() for i in self.pushTableView.selectedIndexes()]),
reverse=True):
self.pushTableModel.removeVariable(index)
self.autoSave()
def onRemoveScanSegment(self):
for index in sorted(unique(
[i.column() for i in self.tableView.selectedIndexes()]),
reverse=True):
del self.settings.scanSegmentList[index]
self.tableModel.setScanList(self.settings.scanSegmentList)
def onCounterRemoveSetting(self):
for index in sorted(unique([ i.row() for i in self.CounterTableView.selectedIndexes() ]),reverse=True):
self.CounterTableModel.dropSetting(index)
self.autoSave()
def onReAnalyze(self):
for index in sorted(unique([ i.row() for i in self.measurementTableView.selectedIndexes() ])):
self.container.measurements[index]
def deleteFromHistory(self):
for row in sorted(unique([ i.row() for i in self.historyTableView.selectedIndexes() ]), reverse=False):
self.historyTableModel.removeRow(row)
def onRemoveChannel(self):
for index in sorted(unique([ i.row() for i in self.interlockTableView.selectedIndexes() ]), reverse=True):
self.tableModel.removeChannel(index)
self.autoSave()
def onRemove(self):
for index in sorted(unique(
[i.row() for i in self.tableView.selectedIndexes()]),
reverse=True):
self.tableModel.drop(index)
def onCounterRemoveSetting(self):
for index in sorted(unique([ i.row() for i in self.DedicatedCounterTableView.selectedIndexes() ]),reverse=True):
self.DedicatedTableModel.dropSetting(index)
self.onSaveProfile()